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On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity.

On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity. Research Abstract Details 

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  • On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity. Abstract Text:

    evangelia pantatosakiEvangelia Pantatosaki,george k papadopoulosGeorge K Papadopoulos,evangelia pantatosakiEvangelia Pantatosaki,george k papadopoulosGeorge K Papadopoulos,evangelia pantatosakiEvangelia Pantatosaki,george k papadopoulosGeorge K Papadopoulos,

    The problem of computing accurately the long-range Coulomb interactions in physical systems is investigated focusing mainly on the atomistic simulation of fluids sorbed in porous solids. Several articles involving theory and computation of long-range interactions in charged systems are reviewed, in order to explore the possibility of adapting or developing methodology in the field of computer simulation of sorbate molecules inside nanostructures modeled through a three-dimensional (crystal frameworks), two-dimensional (slit-shaped pores), or one-dimensional (cylindrical pores) replication of their unit cell. For this reason we digitally reconstruct selected paradigms of three-dimensional microporous structures which exhibit different spatial periodicities such as the zeolite crystals of MFI and FAU type, graphitic slit-shaped pores, and single-wall carbon nanotubes in order to study the sorption of CO(2), N(2), and H(2) via grand canonical Monte Carlo simulation; the predicted data are compared with experimental measurements found elsewhere. Suitable technical adjustments to the use of conventional Ewald technique, whenever it is possible, prove to be effective in the computation of electrostatic field of all the categories studied in this work.

    On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity. Publishing Authors By Initials

    e pantatosakiE Pantatosaki,gk papadopoulosGK Papadopoulos,e pantatosakiE Pantatosaki,gk papadopoulosGK Papadopoulos,e pantatosakiE Pantatosaki,gk papadopoulosGK Papadopoulos,

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    On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity. Journal Published:

    PUBLICATION TYPE: Journal Article

    Journal: The Journal of chemical physics

    VOLUME: 127

    Page Numbers: 164723

    Journal Abbreviation:

    ISSN: 0021-9606

    DAY: 28

    MONTH: Oct

    YEAR: 2007

    On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity. Information

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    LANGUAGE: eng

    NlmUniqueID: 375360

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    Grant and Affiliation Information for On the computation of long-range interactions in fluids under confinement: Application to pore systems with various types of spatial periodicity.

    AFFILIATION: School of Chemical Engineering, National Technical University of Athens, GR 15780 Zografou Campus, Athens, Greece.

    Country: United States

    United States Research PublicationUnited States Research Publication

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    MEDLINETA: J Chem Phys

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